{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Eigenvalue Analysis"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Run Eigenvalue Analysis"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "import andes\n",
    "from andes.utils.paths import list_cases, get_case"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "case_path = get_case('kundur/kundur_full.xlsx')"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Pass the routine name `EIG` or `eig` to `andes.run`."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "Parsing input file </Users/hcui7/repos/andes/cases/kundur/kundur_full.xlsx>\n",
      "Input file kundur_full.xlsx parsed in 0.4032 second.\n",
      "-> Power flow calculation with Newton Raphson method:\n",
      "Power flow initialized.\n",
      "0: |F(x)| = 14.9283   \n",
      "1: |F(x)| = 3.60859   \n",
      "2: |F(x)| = 0.170093  \n",
      "3: |F(x)| = 0.00203827\n",
      "4: |F(x)| = 3.76414e-07\n",
      "Converged in 5 iterations in 0.0167 second.\n",
      "Report saved to </Users/hcui7/notebooks/examples/kundur_full_out.txt> in 0.0010 second.\n",
      "Initialization tests passed.\n",
      "Initialization successful in 0.0216 second.\n",
      "-> Eigenvalue Analysis:\n",
      "Report saved to </Users/hcui7/notebooks/examples/kundur_full_eig.txt>.\n",
      "Eigenvalue analysis finished in 0.0162 second.\n",
      "-> Single process finished in 0.7389 second.\n"
     ]
    }
   ],
   "source": [
    "ss = andes.run(case_path, routine='EIG')"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Plotting in Z-Domain"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "System is small-signal stable in the initial neighbourhood.\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 900x600 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "ss.EIG.plot()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Report\n",
    "\n",
    "Report is saved to the file and can be loaded into the notebook."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {
    "scrolled": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "                            \n",
      "\n",
      "EIGENVALUE ANALYSIS REPORT\n",
      "\n",
      "STATISTICS\n",
      "                            \n",
      "\n",
      "Positives                  0\n",
      "Zeros                      1\n",
      "Negatives                 51\n",
      "\n",
      "EIGENVALUE DATA\n",
      "              Most Associated          Real          Imag  Damped Freq.     Frequency   Damping [%]\n",
      "\n",
      "#1            EXDC2 LL_x 0              -1             0             0             0             0\n",
      "#2            EXDC2 LL_x 1              -1             0             0             0             0\n",
      "#3            EXDC2 LL_x 2              -1             0             0             0             0\n",
      "#4            EXDC2 LL_x 3              -1             0             0             0             0\n",
      "#5            EXDC2 LA_x 2         -49.191        0.6423       0.10223        7.8296        99.991\n",
      "#6            EXDC2 LA_x 2         -49.191       -0.6423       0.10223        7.8296        99.991\n",
      "#7            EXDC2 LS_x 0         -49.535             0             0             0             0\n",
      "#8            EXDC2 LS_x 3         -49.515             0             0             0             0\n",
      "#9            EXDC2 LA_x 1         -49.202        0.3935      0.062627         7.831        99.997\n",
      "#10           EXDC2 LA_x 1         -49.202       -0.3935      0.062627         7.831        99.997\n",
      "#11           EXDC2 LA_x 0         -48.885             0             0             0             0\n",
      "#12           EXDC2 LA_x 3         -48.905             0             0             0             0\n",
      "#13           GENROU e2d 1         -36.896             0             0             0             0\n",
      "#14           GENROU e2d 3          -36.75             0             0             0             0\n",
      "#15           GENROU e2d 0         -34.732             0             0             0             0\n",
      "#16           GENROU e2q 2          -33.89             0             0             0             0\n",
      "#17           GENROU e2q 1         -33.526             0             0             0             0\n",
      "#18           GENROU e2d 2         -31.242             0             0             0             0\n",
      "#19           GENROU e2q 3         -27.613             0             0             0             0\n",
      "#20           GENROU e2q 0         -24.954             0             0             0             0\n",
      "#21           GENROU omega 2       -0.6564         7.086        1.1278        1.1326        9.2238\n",
      "#22           GENROU omega 2       -0.6564        -7.086        1.1278        1.1326        9.2238\n",
      "#23           GENROU omega 1       -0.6525        6.8343        1.0877        1.0927        9.5042\n",
      "#24           GENROU omega 1       -0.6525       -6.8343        1.0877        1.0927        9.5042\n",
      "#25           GENROU omega 0       -0.1918        4.2247       0.67238       0.67307        4.5353\n",
      "#26           GENROU omega 0       -0.1918       -4.2247       0.67238       0.67307        4.5353\n",
      "#27           GENROU e1d 1         -5.4189             0             0             0             0\n",
      "#28           GENROU e1d 2         -5.3729             0             0             0             0\n",
      "#29           GENROU e1d 3         -4.1119             0             0             0             0\n",
      "#30           GENROU e1d 1         -3.6722             0             0             0             0\n",
      "#31           EXDC2 vp 0           -3.0635             0             0             0             0\n",
      "#32           EXDC2 vp 3           -3.0736             0             0             0             0\n",
      "#33           GENROU e1q 1         -0.4825         1.628        0.2591       0.27024        28.416\n",
      "#34           GENROU e1q 1         -0.4825        -1.628        0.2591       0.27024        28.416\n",
      "#35           EXDC2 vp 0           -2.3787             0             0             0             0\n",
      "#36           TGOV1 LAG_x 3        -1.9922             0             0             0             0\n",
      "#37           TGOV1 LAG_x 1        -2.0109             0             0             0             0\n",
      "#38           TGOV1 LAG_x 2        -2.0194             0             0             0             0\n",
      "#39           TGOV1 LAG_x 0        -1.5702             0             0             0             0\n",
      "#40           EXDC2 W_x 1          -1.1816             0             0             0             0\n",
      "#41           GENROU e1q 3         -0.5357        0.7346       0.11692        0.1447        58.921\n",
      "#42           GENROU e1q 3         -0.5357       -0.7346       0.11692        0.1447        58.921\n",
      "#43           GENROU omega 1       -0.3074        0.4466      0.071079      0.086289        56.698\n",
      "#44           GENROU omega 1       -0.3074       -0.4466      0.071079      0.086289        56.698\n",
      "#45           GENROU e1q 0           -0.36        0.3887      0.061864       0.08432         67.95\n",
      "#46           GENROU e1q 0           -0.36       -0.3887      0.061864       0.08432         67.95\n",
      "#47           GENROU e1q 2         -0.3599        0.3796      0.060415      0.083253        68.803\n",
      "#48           GENROU e1q 2         -0.3599       -0.3796      0.060415      0.083253        68.803\n",
      "#49*          GENROU delta 2             0             0             0             0             0\n",
      "#50           TGOV1 LL_x 0         -0.1416             0             0             0             0\n",
      "#51           TGOV1 LL_x 1          -0.142             0             0             0             0\n",
      "#52           TGOV1 LL_x 2          -0.142             0             0             0             0\n",
      "\n",
      "PARTICIPATION FACTORS [1/8]\n",
      "                          #1            #2            #3            #4            #5            #6            #7\n",
      "\n",
      "GENROU delta 0             0             0             0             0             0             0         2e-05\n",
      "GENROU omega 0             0             0             0             0             0             0         2e-05\n",
      "GENROU e1q 0               0             0             0             0       0.00117       0.00117       0.00291\n",
      "GENROU e1d 0               0             0             0             0             0             0             0\n",
      "GENROU e2d 0               0             0             0             0         0.005         0.005       0.00822\n",
      "GENROU e2q 0               0             0             0             0       0.00065       0.00065       0.00017\n",
      "GENROU delta 1             0             0             0             0             0             0         2e-05\n",
      "GENROU omega 1             0             0             0             0             0             0         2e-05\n",
      "GENROU e1q 1               0             0             0             0       0.00264       0.00264       0.00214\n",
      "GENROU e1d 1               0             0             0             0             0             0             0\n",
      "GENROU e2d 1               0             0             0             0       0.01091       0.01091       0.00559\n",
      "GENROU e2q 1               0             0             0             0       0.00017       0.00017       0.00053\n",
      "GENROU delta 2             0             0             0             0             0             0         1e-05\n",
      "GENROU omega 2             0             0             0             0             0             0         1e-05\n",
      "GENROU e1q 2               0             0             0             0       0.00392       0.00392       0.00071\n",
      "GENROU e1d 2               0             0             0             0             0             0             0\n",
      "GENROU e2d 2               0             0             0             0       0.01622       0.01622       0.00186\n",
      "GENROU e2q 2               0             0             0             0         2e-05         2e-05       0.00014\n",
      "GENROU delta 3             0             0             0             0             0             0             0\n",
      "GENROU omega 3             0             0             0             0             0             0             0\n",
      "GENROU e1q 3               0             0             0             0       0.00189       0.00189       0.00069\n",
      "GENROU e1d 3               0             0             0             0             0             0             0\n",
      "GENROU e2d 3               0             0             0             0       0.00806       0.00806       0.00192\n",
      "GENROU e2q 3               0             0             0             0        0.0008        0.0008         4e-05\n",
      "TGOV1 LAG_x 0              0             0             0             0             0             0             0\n",
      "TGOV1 LL_x 0               0             0             0             0             0             0             0\n",
      "TGOV1 LAG_x 1              0             0             0             0             0             0             0\n",
      "TGOV1 LL_x 1               0             0             0             0             0             0             0\n",
      "TGOV1 LAG_x 2              0             0             0             0             0             0             0\n",
      "TGOV1 LL_x 2               0             0             0             0             0             0             0\n",
      "TGOV1 LAG_x 3              0             0             0             0             0             0             0\n",
      "TGOV1 LL_x 3               0             0             0             0             0             0             0\n",
      "EXDC2 vp 0                 0             0             0             0       0.00127       0.00127       0.00128\n",
      "EXDC2 LS_x 0               0             0             0             0       0.05496       0.05496       0.30612\n",
      "EXDC2 LL_x 0               1             0             0             0             0             0             0\n",
      "EXDC2 LA_x 0               0             0             0             0       0.05901       0.05901       0.13317\n",
      "EXDC2 W_x 0                0             0             0             0         3e-05         3e-05         7e-05\n",
      "EXDC2 vp 1                 0             0             0             0       0.00287       0.00287       0.00094\n",
      "EXDC2 LS_x 1               0             0             0             0       0.12425       0.12425       0.22433\n",
      "EXDC2 LL_x 1               0             1             0             0             0             0             0\n",
      "EXDC2 LA_x 1               0             0             0             0        0.1334        0.1334       0.09758\n",
      "EXDC2 W_x 1                0             0             0             0         7e-05         7e-05         5e-05\n",
      "EXDC2 vp 2                 0             0             0             0       0.00426       0.00426       0.00031\n",
      "EXDC2 LS_x 2               0             0             0             0        0.1842        0.1842       0.07465\n",
      "EXDC2 LL_x 2               0             0             1             0             0             0             0\n",
      "EXDC2 LA_x 2               0             0             0             0       0.19775       0.19775       0.03247\n",
      "EXDC2 W_x 2                0             0             0             0        0.0001        0.0001         2e-05\n",
      "EXDC2 vp 3                 0             0             0             0       0.00205       0.00205        0.0003\n",
      "EXDC2 LS_x 3               0             0             0             0       0.08886       0.08886       0.07223\n",
      "EXDC2 LL_x 3               0             0             0             1             0             0             0\n",
      "EXDC2 LA_x 3               0             0             0             0        0.0954        0.0954       0.03142\n",
      "EXDC2 W_x 3                0             0             0             0         5e-05         5e-05         2e-05\n",
      "\n",
      "PARTICIPATION FACTORS [2/8]\n",
      "                          #8            #9           #10           #11           #12           #13           #14\n",
      "\n",
      "GENROU delta 0         1e-05             0             0         2e-05         1e-05       0.00042       0.00046\n",
      "GENROU omega 0         1e-05             0             0         2e-05         1e-05       0.00042       0.00046\n",
      "GENROU e1q 0         0.00105       0.00225       0.00225       0.00287         0.001        0.0007       0.00077\n",
      "GENROU e1d 0               0             0             0             0             0         2e-05         1e-05\n",
      "GENROU e2d 0           0.003       0.00824       0.00824       0.00921       0.00323       0.23552        0.2444\n",
      "GENROU e2q 0           7e-05       0.00054       0.00054       0.00018         7e-05       0.00125       0.00042\n",
      "GENROU delta 1         1e-05             0             0         2e-05         1e-05       0.00075       0.00047\n",
      "GENROU omega 1         1e-05             0             0         2e-05             0       0.00075       0.00047\n",
      "GENROU e1q 1         0.00038       0.00285       0.00285       0.00207       0.00036       0.00096       0.00048\n",
      "GENROU e1d 1               0             0             0             0             0         7e-05         2e-05\n",
      "GENROU e2d 1           0.001       0.01005       0.01005        0.0062       0.00106        0.3311       0.16379\n",
      "GENROU e2q 1         0.00017       0.00022       0.00022       0.00055       0.00017       0.00372        0.0012\n",
      "GENROU delta 2         2e-05             0             0         1e-05         2e-05        0.0006       0.00059\n",
      "GENROU omega 2         2e-05             0             0         1e-05         2e-05        0.0006       0.00059\n",
      "GENROU e1q 2         0.00178       0.00181       0.00181       0.00067       0.00174       0.00069       0.00068\n",
      "GENROU e1d 2               0             0             0             0             0         5e-05         5e-05\n",
      "GENROU e2d 2         0.00471       0.00631       0.00631       0.00201       0.00521       0.23829       0.22592\n",
      "GENROU e2q 2         0.00051         3e-05         3e-05       0.00014       0.00053       0.00274       0.00267\n",
      "GENROU delta 3         2e-05             0             0             0         2e-05       0.00031       0.00065\n",
      "GENROU omega 3         2e-05             0             0             0         2e-05       0.00031       0.00065\n",
      "GENROU e1q 3         0.00339       0.00154       0.00154       0.00065       0.00333       0.00051       0.00109\n",
      "GENROU e1d 3               0             0             0             0             0         2e-05         1e-05\n",
      "GENROU e2d 3         0.00963       0.00557       0.00557       0.00207       0.01066       0.16919       0.34314\n",
      "GENROU e2q 3         0.00018       0.00039       0.00039         4e-05       0.00019       0.00079       0.00049\n",
      "TGOV1 LAG_x 0              0             0             0             0             0             0             0\n",
      "TGOV1 LL_x 0               0             0             0             0             0             0             0\n",
      "TGOV1 LAG_x 1              0             0             0             0             0             0             0\n",
      "TGOV1 LL_x 1               0             0             0             0             0             0             0\n",
      "TGOV1 LAG_x 2              0             0             0             0             0             0             0\n",
      "TGOV1 LL_x 2               0             0             0             0             0             0             0\n",
      "TGOV1 LAG_x 3              0             0             0             0             0             0             0\n",
      "TGOV1 LL_x 3               0             0             0             0             0             0             0\n",
      "EXDC2 vp 0           0.00049       0.00242       0.00242       0.00735        0.0024       0.00042       0.00046\n",
      "EXDC2 LS_x 0         0.10535       0.12293       0.12293       0.12402       0.04388       0.00097       0.00103\n",
      "EXDC2 LL_x 0               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 0         0.04873        0.1305        0.1305       0.31431       0.10471       0.00115       0.00123\n",
      "EXDC2 W_x 0            2e-05         7e-05         7e-05       0.00017         6e-05             0             0\n",
      "EXDC2 vp 1           0.00018       0.00306       0.00306       0.00531       0.00086       0.00057       0.00027\n",
      "EXDC2 LS_x 1          0.0384       0.15558       0.15558       0.08965       0.01568        0.0013       0.00061\n",
      "EXDC2 LL_x 1               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 1         0.01776       0.16517       0.16517        0.2272       0.03743       0.00154       0.00073\n",
      "EXDC2 W_x 1            1e-05         9e-05         9e-05       0.00012         2e-05             0             0\n",
      "EXDC2 vp 2           0.00083       0.00194       0.00194       0.00172       0.00419        0.0004       0.00039\n",
      "EXDC2 LS_x 2         0.17895       0.09864       0.09864       0.02896       0.07647       0.00092       0.00088\n",
      "EXDC2 LL_x 2               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 2         0.08277       0.10473       0.10473        0.0734       0.18248       0.00109       0.00104\n",
      "EXDC2 W_x 2            4e-05         5e-05         5e-05         4e-05        0.0001             0             0\n",
      "EXDC2 vp 3           0.00158       0.00165       0.00165       0.00166       0.00802       0.00031       0.00065\n",
      "EXDC2 LS_x 3         0.34108       0.08406       0.08406       0.02809       0.14644       0.00071       0.00147\n",
      "EXDC2 LL_x 3               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 3         0.15775       0.08925       0.08925       0.07119       0.34946       0.00084       0.00175\n",
      "EXDC2 W_x 3            8e-05         5e-05         5e-05         4e-05       0.00019             0             0\n",
      "\n",
      "PARTICIPATION FACTORS [3/8]\n",
      "                         #15           #16           #17           #18           #19           #20           #21\n",
      "\n",
      "GENROU delta 0       0.00126       0.00057       0.00083         4e-05         1e-05       0.00014       0.03438\n",
      "GENROU omega 0       0.00126       0.00057       0.00083         4e-05         1e-05       0.00014       0.03504\n",
      "GENROU e1q 0         0.00125       0.00013       0.00097       0.00219        0.0001       0.00069       0.00138\n",
      "GENROU e1d 0         0.00198       0.00268       0.00817         1e-05       0.03006        0.0476       0.00233\n",
      "GENROU e2d 0         0.25778       0.03865       0.05142       0.14277       0.00031       0.00333       0.00058\n",
      "GENROU e2q 0         0.06731       0.07756       0.22021       0.00019       0.26903       0.25641       0.00134\n",
      "GENROU delta 1       0.00033       0.00023        0.0026         6e-05         7e-05         2e-05       0.07298\n",
      "GENROU omega 1       0.00033       0.00023        0.0026         6e-05         7e-05         2e-05       0.07438\n",
      "GENROU e1q 1         0.00152       0.00051         4e-05       0.00267       0.00038       0.00228       0.00288\n",
      "GENROU e1d 1         0.00331       0.00187       0.01421       0.00442       0.01366       0.03171       0.00564\n",
      "GENROU e2d 1         0.16387       0.03756       0.04694       0.20085       0.00361       0.02308       0.00123\n",
      "GENROU e2q 1         0.11246       0.05415       0.38295       0.07767       0.12225       0.17084       0.00325\n",
      "GENROU delta 2        0.0001       0.00268       0.00073         5e-05         5e-05       0.00019       0.20349\n",
      "GENROU omega 2        0.0001       0.00268       0.00073         5e-05         5e-05        0.0002       0.20759\n",
      "GENROU e1q 2         0.00095       0.00047       0.00048       0.00363        0.0003       0.00313        0.0043\n",
      "GENROU e1d 2         0.00138       0.01465       0.00315       0.00479       0.01818       0.02301       0.02423\n",
      "GENROU e2d 2         0.11024       0.01338       0.07674       0.26646       0.00187       0.03675       0.00183\n",
      "GENROU e2q 2         0.04706       0.42332       0.08503       0.08416       0.16273       0.12396       0.01395\n",
      "GENROU delta 3       0.00076       0.00194         1e-05       0.00011         1e-05         1e-05       0.13745\n",
      "GENROU omega 3       0.00076       0.00193         1e-05       0.00011         1e-05         1e-05       0.14024\n",
      "GENROU e1q 3         0.00092         2e-05       0.00081         0.003         4e-05       0.00122       0.00802\n",
      "GENROU e1d 3         0.00094       0.01041       0.00046         5e-05       0.03761       0.03929       0.00483\n",
      "GENROU e2d 3         0.17859       0.00839       0.07966       0.18572       0.00027       0.00906       0.00324\n",
      "GENROU e2q 3         0.03202        0.3007       0.01251       0.00094       0.33663       0.21165       0.00278\n",
      "TGOV1 LAG_x 0              0             0             0             0             0             0       0.00063\n",
      "TGOV1 LL_x 0               0             0             0             0             0             0         3e-05\n",
      "TGOV1 LAG_x 1              0             0             0             0             0             0       0.00134\n",
      "TGOV1 LL_x 1               0             0             0             0             0             0         6e-05\n",
      "TGOV1 LAG_x 2              0             0             0             0             0             0       0.00394\n",
      "TGOV1 LL_x 2               0             0             0             0             0             0       0.00019\n",
      "TGOV1 LAG_x 3              0             0             0             0             0             0       0.00266\n",
      "TGOV1 LL_x 3               0             0             0             0             0             0       0.00013\n",
      "EXDC2 vp 0           0.00045         4e-05       0.00085       0.00105       0.00013       0.00067         8e-05\n",
      "EXDC2 LS_x 0         0.00085         8e-05       0.00143       0.00145       0.00013       0.00055         1e-05\n",
      "EXDC2 LL_x 0               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 0         0.00099         9e-05       0.00167       0.00168       0.00015       0.00063         1e-05\n",
      "EXDC2 W_x 0                0             0             0             0             0             0             0\n",
      "EXDC2 vp 1           0.00115        0.0004       0.00023       0.00099       0.00035       0.00168       0.00022\n",
      "EXDC2 LS_x 1         0.00215        0.0007       0.00038       0.00138       0.00036       0.00139         3e-05\n",
      "EXDC2 LL_x 1               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 1         0.00252       0.00082       0.00044       0.00159       0.00041       0.00159         3e-05\n",
      "EXDC2 W_x 1                0             0             0             0             0         1e-05         1e-05\n",
      "EXDC2 vp 2           0.00069       0.00048       0.00012       0.00142        0.0003        0.0021       0.00124\n",
      "EXDC2 LS_x 2         0.00129       0.00084        0.0002       0.00197       0.00031       0.00174       0.00018\n",
      "EXDC2 LL_x 2               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 2         0.00151       0.00098       0.00023       0.00228       0.00035       0.00199       0.00018\n",
      "EXDC2 W_x 2                0             0             0             0             0         1e-05         3e-05\n",
      "EXDC2 vp 3           0.00038         6e-05        0.0005       0.00154         6e-05       0.00104       0.00124\n",
      "EXDC2 LS_x 3         0.00071       0.00011       0.00084       0.00213         6e-05       0.00086       0.00018\n",
      "EXDC2 LL_x 3               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 3         0.00083       0.00012       0.00098       0.00246         7e-05       0.00099       0.00018\n",
      "EXDC2 W_x 3                0             0             0         1e-05             0             0         3e-05\n",
      "\n",
      "PARTICIPATION FACTORS [4/8]\n",
      "                         #22           #23           #24           #25           #26           #27           #28\n",
      "\n",
      "GENROU delta 0       0.03438       0.15184       0.15184       0.15622       0.15622       0.01444        0.0042\n",
      "GENROU omega 0       0.03504       0.15499       0.15499         0.164         0.164       0.01377         0.004\n",
      "GENROU e1q 0         0.00138       0.01039       0.01039       0.01296       0.01296       0.00282       0.00078\n",
      "GENROU e1d 0         0.00233       0.00407       0.00407       0.00042       0.00042       0.28938       0.07737\n",
      "GENROU e2d 0         0.00058       0.00375       0.00375       0.00191       0.00191       0.00026         6e-05\n",
      "GENROU e2q 0         0.00134       0.00227       0.00227       0.00018       0.00018       0.01639       0.00451\n",
      "GENROU delta 1       0.07298       0.18326       0.18326       0.07252       0.07252       0.02014       0.00254\n",
      "GENROU omega 1       0.07438       0.18701       0.18701       0.07616       0.07616       0.01919       0.00242\n",
      "GENROU e1q 1         0.00288       0.00295       0.00295       0.01067       0.01067       0.00318        0.0005\n",
      "GENROU e1d 1         0.00564       0.02452       0.02452       0.00046       0.00046       0.39777       0.06321\n",
      "GENROU e2d 1         0.00123       0.00128       0.00128       0.00148       0.00148       0.00059        0.0001\n",
      "GENROU e2q 1         0.00325       0.01369       0.01369        0.0002        0.0002       0.02253       0.00368\n",
      "GENROU delta 2       0.20349       0.04166       0.04166       0.08894       0.08894       0.00524       0.01903\n",
      "GENROU omega 2       0.20759       0.04255       0.04255       0.09356       0.09356       0.00498       0.01807\n",
      "GENROU e1q 2          0.0043       0.00039       0.00039       0.00097       0.00097       0.00078       0.00319\n",
      "GENROU e1d 2         0.02423       0.00782       0.00782       0.00313       0.00313       0.09689        0.3808\n",
      "GENROU e2d 2         0.00183        0.0001        0.0001       0.00024       0.00024       0.00014       0.00056\n",
      "GENROU e2q 2         0.01395       0.00437       0.00437       0.00138       0.00138       0.00549        0.0222\n",
      "GENROU delta 3       0.13745       0.06835       0.06835       0.12985       0.12985       0.00242       0.01621\n",
      "GENROU omega 3       0.14024       0.06985       0.06985        0.1366        0.1366        0.0023        0.0154\n",
      "GENROU e1q 3         0.00802       0.00502       0.00502       0.00228       0.00228       0.00046       0.00328\n",
      "GENROU e1d 3         0.00483       0.00137       0.00137       0.00262       0.00262       0.04609       0.30576\n",
      "GENROU e2d 3         0.00324        0.0018        0.0018       0.00052       0.00052         5e-05       0.00031\n",
      "GENROU e2q 3         0.00278       0.00076       0.00076       0.00116       0.00116       0.00261       0.01782\n",
      "TGOV1 LAG_x 0        0.00063       0.00299       0.00299       0.00728       0.00728       0.00106       0.00032\n",
      "TGOV1 LL_x 0           3e-05       0.00015       0.00015       0.00063       0.00063         5e-05         1e-05\n",
      "TGOV1 LAG_x 1        0.00134       0.00361       0.00361       0.00338       0.00338       0.00148       0.00019\n",
      "TGOV1 LL_x 1           6e-05       0.00018       0.00018       0.00029       0.00029         6e-05         1e-05\n",
      "TGOV1 LAG_x 2        0.00394       0.00087       0.00087       0.00437       0.00437       0.00041       0.00151\n",
      "TGOV1 LL_x 2         0.00019         4e-05         4e-05       0.00038       0.00038         2e-05         7e-05\n",
      "TGOV1 LAG_x 3        0.00266       0.00142       0.00142       0.00638       0.00638       0.00019       0.00129\n",
      "TGOV1 LL_x 3         0.00013         7e-05         7e-05       0.00055       0.00055         1e-05         6e-05\n",
      "EXDC2 vp 0             8e-05       0.00192       0.00192       0.00611       0.00611       0.00795       0.00214\n",
      "EXDC2 LS_x 0           1e-05       0.00027       0.00027       0.00061       0.00061       0.00041       0.00011\n",
      "EXDC2 LL_x 0               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 0           1e-05       0.00026       0.00026       0.00053       0.00053       0.00075        0.0002\n",
      "EXDC2 W_x 0                0         5e-05         5e-05       0.00039       0.00039       0.00049       0.00013\n",
      "EXDC2 vp 1           0.00022       0.00158       0.00158       0.00615       0.00615       0.01169       0.00198\n",
      "EXDC2 LS_x 1           3e-05       0.00023       0.00023       0.00062       0.00062        0.0006        0.0001\n",
      "EXDC2 LL_x 1               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 1           3e-05       0.00022       0.00022       0.00053       0.00053       0.00111       0.00018\n",
      "EXDC2 W_x 1            1e-05         4e-05         4e-05       0.00039       0.00039       0.00072       0.00012\n",
      "EXDC2 vp 2           0.00124       0.00042       0.00042       0.00108       0.00108       0.00285       0.01169\n",
      "EXDC2 LS_x 2         0.00018         6e-05         6e-05       0.00011       0.00011       0.00015       0.00059\n",
      "EXDC2 LL_x 2               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 2         0.00018         6e-05         6e-05         9e-05         9e-05       0.00027       0.00109\n",
      "EXDC2 W_x 2            3e-05         1e-05         1e-05         7e-05         7e-05       0.00018       0.00073\n",
      "EXDC2 vp 3           0.00124       0.00113       0.00113        0.0013        0.0013       0.00136        0.0095\n",
      "EXDC2 LS_x 3         0.00018       0.00016       0.00016       0.00013       0.00013         7e-05       0.00048\n",
      "EXDC2 LL_x 3               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 3         0.00018       0.00016       0.00016       0.00011       0.00011       0.00013       0.00089\n",
      "EXDC2 W_x 3            3e-05         3e-05         3e-05         8e-05         8e-05         8e-05        0.0006\n",
      "\n",
      "PARTICIPATION FACTORS [5/8]\n",
      "                         #29           #30           #31           #32           #33           #34           #35\n",
      "\n",
      "GENROU delta 0        0.0017       0.00073       0.00406       0.00151       0.00662       0.00662       0.00083\n",
      "GENROU omega 0       0.00154       0.00064       0.00322        0.0012       0.00883       0.00883        0.0004\n",
      "GENROU e1q 0         0.00054       0.00463       0.02391       0.00657       0.10714       0.10714       0.06274\n",
      "GENROU e1d 0         0.21481       0.14607       0.01894       0.00483       0.01742       0.01742       0.00506\n",
      "GENROU e2d 0           1e-05       0.00011       0.00036        0.0001       0.00192       0.00192        0.0007\n",
      "GENROU e2q 0         0.02396       0.01947       0.00314        0.0008         0.006         0.006       0.00104\n",
      "GENROU delta 1       0.00572        0.0002       0.00362       0.00136         5e-05         5e-05       0.00283\n",
      "GENROU omega 1        0.0052       0.00018       0.00287       0.00108       0.00026       0.00026       0.00143\n",
      "GENROU e1q 1         0.00354       0.01194       0.01735       0.00825       0.13233       0.13233       0.05588\n",
      "GENROU e1d 1         0.15563        0.1568       0.01382        0.0074       0.01748       0.01748       0.00028\n",
      "GENROU e2d 1           8e-05       0.00026       0.00024       0.00012       0.00239       0.00239       0.00062\n",
      "GENROU e2q 1         0.01736       0.02091       0.00229       0.00122       0.00602       0.00602         6e-05\n",
      "GENROU delta 2       0.00485       0.00082       0.00151       0.00374        0.0022        0.0022       0.00287\n",
      "GENROU omega 2       0.00438       0.00072       0.00118       0.00294        0.0028        0.0028       0.00141\n",
      "GENROU e1q 2         0.00301       0.01324        0.0052       0.01922       0.11777       0.11777        0.0538\n",
      "GENROU e1d 2         0.18066       0.12124       0.00356       0.01638       0.01638       0.01638        0.0001\n",
      "GENROU e2d 2           8e-05       0.00029         7e-05       0.00027        0.0021        0.0021       0.00059\n",
      "GENROU e2q 2         0.02015       0.01616       0.00059       0.00271       0.00564       0.00564         2e-05\n",
      "GENROU delta 3       0.00235             0       0.00136       0.00402       0.00039       0.00039       0.00056\n",
      "GENROU omega 3       0.00212             0       0.00106       0.00316        0.0004        0.0004       0.00026\n",
      "GENROU e1q 3         0.00122        0.0056       0.01051       0.02029       0.09139       0.09139       0.05731\n",
      "GENROU e1d 3         0.27485       0.12075       0.01053       0.01802       0.01589       0.01589       0.00448\n",
      "GENROU e2d 3           3e-05       0.00013       0.00016       0.00031       0.00161       0.00161       0.00063\n",
      "GENROU e2q 3         0.03066        0.0161       0.00175       0.00298       0.00547       0.00547       0.00092\n",
      "TGOV1 LAG_x 0        0.00031        0.0002       0.00257       0.00094        0.0016        0.0016       0.00278\n",
      "TGOV1 LL_x 0           1e-05         1e-05       0.00012         4e-05       0.00044       0.00044         7e-05\n",
      "TGOV1 LAG_x 1        0.00105         6e-05       0.00229       0.00084         5e-05         5e-05       0.01005\n",
      "TGOV1 LL_x 1           5e-05             0        0.0001         4e-05         1e-05         1e-05       0.00027\n",
      "TGOV1 LAG_x 2        0.00093       0.00024       0.00099       0.00242       0.00053       0.00053       0.01045\n",
      "TGOV1 LL_x 2           4e-05         1e-05         4e-05       0.00011       0.00015       0.00015       0.00028\n",
      "TGOV1 LAG_x 3        0.00045             0       0.00089        0.0026         8e-05         8e-05        0.0019\n",
      "TGOV1 LL_x 3           2e-05             0         4e-05       0.00012         2e-05         2e-05         5e-05\n",
      "EXDC2 vp 0           0.00232       0.03731       0.28344       0.08166       0.06657       0.06657       0.12767\n",
      "EXDC2 LS_x 0           5e-05       0.00037       0.00149       0.00041       0.00415       0.00415       0.00305\n",
      "EXDC2 LL_x 0               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 0         0.00015       0.00199       0.01122       0.00325       0.00239       0.00239       0.00315\n",
      "EXDC2 W_x 0          0.00027       0.00572       0.06912       0.01974       0.02856       0.02856       0.06315\n",
      "EXDC2 vp 1           0.01497       0.09474       0.20041       0.10145       0.08321       0.08321       0.11357\n",
      "EXDC2 LS_x 1          0.0003       0.00093       0.00105       0.00051       0.00518       0.00518       0.00271\n",
      "EXDC2 LL_x 1               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 1         0.00095       0.00505       0.00794       0.00404       0.00299       0.00299        0.0028\n",
      "EXDC2 W_x 1          0.00174       0.01453       0.04887       0.02453        0.0357        0.0357       0.05617\n",
      "EXDC2 vp 2           0.01293       0.10453       0.05993       0.23539       0.07411       0.07411       0.10881\n",
      "EXDC2 LS_x 2         0.00026       0.00102       0.00031       0.00117       0.00462       0.00462        0.0026\n",
      "EXDC2 LL_x 2               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 2         0.00082       0.00557       0.00237       0.00937       0.00266       0.00266       0.00268\n",
      "EXDC2 W_x 2          0.00151       0.01603       0.01462       0.05691       0.03179       0.03179       0.05382\n",
      "EXDC2 vp 3           0.00532       0.04498       0.12484       0.25337       0.05676       0.05676       0.11611\n",
      "EXDC2 LS_x 3         0.00011       0.00044       0.00065       0.00126       0.00354       0.00354       0.00277\n",
      "EXDC2 LL_x 3               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 3         0.00034        0.0024       0.00494       0.01009       0.00204       0.00204       0.00286\n",
      "EXDC2 W_x 3          0.00062        0.0069       0.03044       0.06126       0.02435       0.02435       0.05743\n",
      "\n",
      "PARTICIPATION FACTORS [6/8]\n",
      "                         #36           #37           #38           #39           #40           #41           #42\n",
      "\n",
      "GENROU delta 0       0.00719       0.00034       0.00194       0.00136       0.00186       0.00043       0.00043\n",
      "GENROU omega 0       0.00103         3e-05       0.00011       0.05547       0.00437       0.00122       0.00122\n",
      "GENROU e1q 0          0.0183       0.00767       0.00329       0.00029       0.04547       0.13016       0.13016\n",
      "GENROU e1d 0         0.00296       0.00039       0.00019       0.00011       0.01313       0.00018       0.00018\n",
      "GENROU e2d 0         0.00011         8e-05         2e-05             0       0.00015       0.00081       0.00081\n",
      "GENROU e2q 0         0.00068         9e-05         4e-05         3e-05       0.00371         6e-05         6e-05\n",
      "GENROU delta 1       0.00064       0.00619       0.00124       0.00134       0.00031       0.00031       0.00031\n",
      "GENROU omega 1         9e-05       0.00052         7e-05       0.05366       0.00185       0.00074       0.00074\n",
      "GENROU e1q 1         0.00879       0.00371        0.0005       0.00035       0.05915       0.10453       0.10453\n",
      "GENROU e1d 1         0.00284       0.00167       0.00016       0.00012       0.01432       0.00086       0.00086\n",
      "GENROU e2d 1           4e-05         1e-05         2e-05             0        0.0002       0.00063       0.00063\n",
      "GENROU e2q 1         0.00065       0.00038         4e-05         3e-05       0.00404       0.00028       0.00028\n",
      "GENROU delta 2       0.00108       0.00417        0.0036       0.00132       0.00209       0.00031       0.00031\n",
      "GENROU omega 2       0.00014       0.00033        0.0002       0.05048       0.00743       0.00083       0.00083\n",
      "GENROU e1q 2         0.00276       0.00213         0.001       0.00015        0.0561       0.11663       0.11663\n",
      "GENROU e1d 2          0.0023        0.0012       0.00029         6e-05        0.0134       0.00097       0.00097\n",
      "GENROU e2d 2           2e-05         1e-05         6e-05             0       0.00019        0.0007        0.0007\n",
      "GENROU e2q 2         0.00053       0.00027         7e-05         1e-05       0.00378       0.00032       0.00032\n",
      "GENROU delta 3       0.00956       0.00188       0.00274        0.0014         4e-05       0.00043       0.00043\n",
      "GENROU omega 3        0.0013       0.00015       0.00015       0.05209       0.00064        0.0013        0.0013\n",
      "GENROU e1q 3          0.0087       0.00695        0.0048       0.00011       0.04211       0.13834       0.13834\n",
      "GENROU e1d 3         0.00297       0.00071       0.00044         6e-05       0.01216       0.00029       0.00029\n",
      "GENROU e2d 3           1e-05         5e-05         2e-05             0       0.00013       0.00085       0.00085\n",
      "GENROU e2q 3         0.00068       0.00016        0.0001         1e-05       0.00343        0.0001        0.0001\n",
      "TGOV1 LAG_x 0        0.33755       0.02487       0.19445       0.18082       0.00379       0.00036       0.00036\n",
      "TGOV1 LL_x 0         0.00195         9e-05       0.00048       0.01817       0.00148       0.00033       0.00033\n",
      "TGOV1 LAG_x 1        0.02933       0.45153       0.12415        0.1749       0.00161       0.00022       0.00022\n",
      "TGOV1 LL_x 1         0.00017       0.00157       0.00031       0.01757       0.00063        0.0002        0.0002\n",
      "TGOV1 LAG_x 2        0.04957       0.30326       0.35966       0.17322       0.00678       0.00026       0.00026\n",
      "TGOV1 LL_x 2         0.00029       0.00105       0.00089        0.0174       0.00265       0.00023       0.00023\n",
      "TGOV1 LAG_x 3        0.44589       0.13699       0.27316       0.17874       0.00059       0.00041       0.00041\n",
      "TGOV1 LL_x 3         0.00258       0.00048       0.00067       0.01796       0.00023       0.00037       0.00037\n",
      "EXDC2 vp 0            0.0178       0.00957       0.00304       0.00022       0.01605       0.04404       0.04404\n",
      "EXDC2 LS_x 0         0.00065       0.00034       0.00011         1e-05       0.00154       0.00241       0.00241\n",
      "EXDC2 LL_x 0               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 0         0.00029       0.00016         5e-05             0         1e-05       0.00088       0.00088\n",
      "EXDC2 W_x 0          0.01533       0.00799        0.0025       0.00045       0.13394       0.08528       0.08528\n",
      "EXDC2 vp 1           0.00779       0.00322       0.00169       0.00028       0.02181         0.035         0.035\n",
      "EXDC2 LS_x 1         0.00029       0.00012         6e-05         2e-05       0.00209       0.00191       0.00191\n",
      "EXDC2 LL_x 1               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 1         0.00013         5e-05         3e-05             0         1e-05        0.0007        0.0007\n",
      "EXDC2 W_x 1          0.00671       0.00269       0.00139       0.00056       0.18197       0.06778       0.06778\n",
      "EXDC2 vp 2           0.00073       0.00179       0.00414       0.00023        0.0207       0.03905       0.03905\n",
      "EXDC2 LS_x 2           3e-05         6e-05       0.00015         1e-05       0.00198       0.00213       0.00213\n",
      "EXDC2 LL_x 2               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 2           1e-05         3e-05         7e-05             0         1e-05       0.00078       0.00078\n",
      "EXDC2 W_x 2          0.00063        0.0015       0.00341       0.00046       0.17267       0.07561       0.07561\n",
      "EXDC2 vp 3           0.00465       0.00716       0.00455       0.00016       0.01477       0.04674       0.04674\n",
      "EXDC2 LS_x 3         0.00017       0.00026       0.00016         1e-05       0.00142       0.00255       0.00255\n",
      "EXDC2 LL_x 3               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 3           8e-05       0.00012         8e-05             0         1e-05       0.00094       0.00094\n",
      "EXDC2 W_x 3            0.004       0.00598       0.00375       0.00033       0.12322       0.09052       0.09052\n",
      "\n",
      "PARTICIPATION FACTORS [7/8]\n",
      "                         #43           #44           #45           #46           #47           #48          #49*\n",
      "\n",
      "GENROU delta 0       0.00294       0.00294         5e-05         5e-05         4e-05         4e-05       0.23884\n",
      "GENROU omega 0       0.11618       0.11618       0.00095       0.00095       0.00049       0.00049             0\n",
      "GENROU e1q 0           3e-05         3e-05       0.14897       0.14897       0.09279       0.09279             0\n",
      "GENROU e1d 0               0             0       0.00413       0.00413       0.00259       0.00259             0\n",
      "GENROU e2d 0               0             0       0.00062       0.00062       0.00038       0.00038             0\n",
      "GENROU e2q 0               0             0        0.0014        0.0014       0.00088       0.00088             0\n",
      "GENROU delta 1       0.00309       0.00309         2e-05         2e-05         3e-05         3e-05       0.24952\n",
      "GENROU omega 1       0.12064       0.12064       0.00033       0.00033       0.00043       0.00043             0\n",
      "GENROU e1q 1           3e-05         3e-05       0.11875       0.11875        0.1185        0.1185             0\n",
      "GENROU e1d 1               0             0       0.00322       0.00322       0.00323       0.00323             0\n",
      "GENROU e2d 1               0             0       0.00046       0.00046       0.00045       0.00045             0\n",
      "GENROU e2q 1               0             0        0.0011        0.0011        0.0011        0.0011             0\n",
      "GENROU delta 2       0.00306       0.00306         1e-05         1e-05         6e-05         6e-05       0.26107\n",
      "GENROU omega 2       0.11895       0.11895       0.00028       0.00028       0.00065       0.00065             0\n",
      "GENROU e1q 2           5e-05         5e-05       0.08956       0.08956       0.14609       0.14609             0\n",
      "GENROU e1d 2               0             0       0.00242       0.00242       0.00397       0.00397             0\n",
      "GENROU e2d 2               0             0       0.00035       0.00035       0.00056       0.00056             0\n",
      "GENROU e2q 2               0             0       0.00082       0.00082       0.00135       0.00135             0\n",
      "GENROU delta 3       0.00296       0.00296         6e-05         6e-05         4e-05         4e-05       0.25057\n",
      "GENROU omega 3       0.11471       0.11471       0.00075       0.00075       0.00047       0.00047             0\n",
      "GENROU e1q 3           7e-05         7e-05       0.12135       0.12135       0.12135       0.12135             0\n",
      "GENROU e1d 3               0             0       0.00352       0.00352       0.00355       0.00355             0\n",
      "GENROU e2d 3               0             0        0.0005        0.0005        0.0005        0.0005             0\n",
      "GENROU e2q 3               0             0        0.0012        0.0012       0.00121       0.00121             0\n",
      "TGOV1 LAG_x 0        0.03426       0.03426       0.00027       0.00027       0.00014       0.00014             0\n",
      "TGOV1 LL_x 0         0.08995       0.08995       0.00087       0.00087       0.00047       0.00047             0\n",
      "TGOV1 LAG_x 1        0.03557       0.03557        0.0001        0.0001       0.00012       0.00012             0\n",
      "TGOV1 LL_x 1          0.0934        0.0934       0.00031       0.00031       0.00041       0.00041             0\n",
      "TGOV1 LAG_x 2        0.03692       0.03692         8e-05         8e-05        0.0002        0.0002             0\n",
      "TGOV1 LL_x 2         0.09694       0.09694       0.00027       0.00027       0.00065       0.00065             0\n",
      "TGOV1 LAG_x 3        0.03561       0.03561       0.00023       0.00023       0.00014       0.00014             0\n",
      "TGOV1 LL_x 3         0.09348       0.09348       0.00072       0.00072       0.00048       0.00048             0\n",
      "EXDC2 vp 0             7e-05         7e-05       0.03515       0.03515       0.02168       0.02168             0\n",
      "EXDC2 LS_x 0               0             0       0.00134       0.00134       0.00082       0.00082             0\n",
      "EXDC2 LL_x 0               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 0               0             0       0.00066       0.00066        0.0004        0.0004             0\n",
      "EXDC2 W_x 0          0.00019       0.00019       0.11942       0.11942       0.07515       0.07515             0\n",
      "EXDC2 vp 1             7e-05         7e-05       0.02719       0.02719        0.0268        0.0268             0\n",
      "EXDC2 LS_x 1               0             0       0.00104       0.00104       0.00101       0.00101             0\n",
      "EXDC2 LL_x 1               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 1               0             0       0.00051       0.00051        0.0005        0.0005             0\n",
      "EXDC2 W_x 1          0.00018       0.00018       0.09239       0.09239       0.09292       0.09292             0\n",
      "EXDC2 vp 2             8e-05         8e-05        0.0205        0.0205       0.03303       0.03303             0\n",
      "EXDC2 LS_x 2               0             0       0.00078       0.00078       0.00124       0.00124             0\n",
      "EXDC2 LL_x 2               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 2               0             0       0.00038       0.00038       0.00062       0.00062             0\n",
      "EXDC2 W_x 2          0.00021       0.00021       0.06965       0.06965       0.11452       0.11452             0\n",
      "EXDC2 vp 3             9e-05         9e-05       0.02858       0.02858       0.02829       0.02829             0\n",
      "EXDC2 LS_x 3               0             0       0.00109       0.00109       0.00107       0.00107             0\n",
      "EXDC2 LL_x 3               0             0             0             0             0             0             0\n",
      "EXDC2 LA_x 3               0             0       0.00054       0.00054       0.00053       0.00053             0\n",
      "EXDC2 W_x 3          0.00024       0.00024        0.0971        0.0971        0.0981        0.0981             0\n",
      "\n",
      "PARTICIPATION FACTORS [8/8]\n",
      "                         #50           #51           #52\n",
      "\n",
      "GENROU delta 0       0.00304       0.00239         3e-05\n",
      "GENROU omega 0             0             0             0\n",
      "GENROU e1q 0               0         7e-05             0\n",
      "GENROU e1d 0           1e-05         2e-05             0\n",
      "GENROU e2d 0               0             0             0\n",
      "GENROU e2q 0               0         1e-05             0\n",
      "GENROU delta 1       0.00156       0.00337         8e-05\n",
      "GENROU omega 1             0             0             0\n",
      "GENROU e1q 1           5e-05       0.00017         1e-05\n",
      "GENROU e1d 1               0         5e-05             0\n",
      "GENROU e2d 1               0             0             0\n",
      "GENROU e2q 1               0         2e-05             0\n",
      "GENROU delta 2       0.00179         6e-05       0.00316\n",
      "GENROU omega 2             0             0             0\n",
      "GENROU e1q 2               0             0       0.00015\n",
      "GENROU e1d 2           1e-05             0         4e-05\n",
      "GENROU e2d 2               0             0             0\n",
      "GENROU e2q 2               0             0         2e-05\n",
      "GENROU delta 3       0.00266             0       0.00261\n",
      "GENROU omega 3             0             0             0\n",
      "GENROU e1q 3           1e-05             0         8e-05\n",
      "GENROU e1d 3           1e-05             0         3e-05\n",
      "GENROU e2d 3               0             0             0\n",
      "GENROU e2q 3               0             0         1e-05\n",
      "TGOV1 LAG_x 0        0.00023       0.00018             0\n",
      "TGOV1 LL_x 0         0.33251       0.40755       0.00579\n",
      "TGOV1 LAG_x 1        0.00012       0.00025         1e-05\n",
      "TGOV1 LL_x 1         0.17103       0.57513       0.01295\n",
      "TGOV1 LAG_x 2        0.00013             0       0.00024\n",
      "TGOV1 LL_x 2         0.19544        0.0098       0.53351\n",
      "TGOV1 LAG_x 3         0.0002             0        0.0002\n",
      "TGOV1 LL_x 3         0.29074       0.00021       0.44039\n",
      "EXDC2 vp 0             4e-05       0.00011             0\n",
      "EXDC2 LS_x 0               0             0             0\n",
      "EXDC2 LL_x 0               0             0             0\n",
      "EXDC2 LA_x 0               0             0             0\n",
      "EXDC2 W_x 0           0.0001       0.00029             0\n",
      "EXDC2 vp 1             3e-05         8e-05             0\n",
      "EXDC2 LS_x 1               0             0             0\n",
      "EXDC2 LL_x 1               0             0             0\n",
      "EXDC2 LA_x 1               0             0             0\n",
      "EXDC2 W_x 1            9e-05       0.00022         1e-05\n",
      "EXDC2 vp 2             2e-05             0         8e-05\n",
      "EXDC2 LS_x 2               0             0             0\n",
      "EXDC2 LL_x 2               0             0             0\n",
      "EXDC2 LA_x 2               0             0             0\n",
      "EXDC2 W_x 2            5e-05             0       0.00021\n",
      "EXDC2 vp 3             3e-05             0       0.00011\n",
      "EXDC2 LS_x 3               0             0             0\n",
      "EXDC2 LL_x 3               0             0             0\n",
      "EXDC2 LA_x 3               0             0             0\n",
      "EXDC2 W_x 3            8e-05             0       0.00029\n",
      "\n",
      "\n"
     ]
    }
   ],
   "source": [
    "with open('kundur_full_eig.txt', 'r') as f:\n",
    "    print(f.read())"
   ]
  }
 ],
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